Lead Engineer

Overview

Job Purpose

Job Description

• Responsible for supporting the use of iComplete products used in hydraulic fracturing operations.
• Provide product support during tender, project execution and field operation of relevant product portfolio.
• Participate in pre-job planning as required to ensure successful job execution.
• Perform and approve engineering solutions to challenges in field operations in accordance with TechnipFMC standards, procedures and processes
• Liaison with internal and external contacts for technical meetings, demonstrations, and negotiations.
• Responsible for supporting technical meetings and provide coaching and direction to internal & external customers.
• Support development and maintenance of standard products with sufficient flexibility to cover varying customer requirements.
• Support the maintenance of embedded software and system development for application in control systems.
• Prioritize and execute engineering support requests from field operations.
• Provide input to continuous improvement of product portfolio.
• Support commissioning and FATs of new equipment.
• Ensure systems work as per documentation (control narrative and Cause & Effect).
• Support maintenance of complete product documentation (operation and maintenance manuals, user guides, master documents for the product etc.).
• Coordinate execution of tasks as required by the iComplete team customers and in accordance with iComplete group objectives and priorities.

You Are Meant For This Job If

• Bachelor’s degree in Engineering required. Mechanical Engineering preferred.
• 4-6 years of experience with a minimum of 2 years of experience in hydraulic fracturing control systems preferred.
• Recognized for your analytical skills, as well as your ability to identify risks and solve complex problems.
• Mostly in the form of remote support to field locations.
• Flexibility to remote into systems and support active field operations at a moment's notice.
• Working knowledge of embedded software and system development for application in control systems.
• Working knowledge of electrical diagrams (P&ID) and hardware layouts.
• Experience in relevant codes, design- and testing standards for products to be included in a control system.
• Capable of supporting multiple systems in parallel.
• General understanding of internal economic factors (cost, margins, profit impact of decisions) affecting assignment areas.

3D Modelling